L. Lotto
European Atomic Energy Community
19 Papers
44 Citations
L. Lotto is an academic researcher from European Atomic Energy Community. The author has contributed to research in topics: Engineering & Beam (structure). The author has an hindex of 5, co-authored 6 publications.
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Papers
Development, tests, and data acquisition of the integrated system of internal sensors for RFX
Gianluigi Serianni,Tommaso Bolzonella,Roberto Cavazzana,Giuseppe Marchiori,N. Pomaro,L. Lotto,M. Monari,Cesare Taliercio +7 more
TL;DR: In this article, an integrated system of magnetic, electrostatic and calorimetric sensors has been realized, fulfilling very challenging requirements in terms of spatial and temporal resolution, which are characteristic features of RFP plasmas.
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Design of a visible tomography diagnostic for negative ion RF source SPIDER
Roberto Pasqualotto,Matteo Agostini,M. Brombin,R. Delogu,N. Fonnesu,L. Lotto,F. Molon,C. Piron,Gianluigi Serianni,Cesare Taliercio,M. Tollin,Barbara Zaniol +11 more
TL;DR: In this paper, the ITER heating neutral beam injector is tested and optimized in the SPIDER source and MITICA full injector prototypes, using a set of diagnostics not available on ITER.
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Plasma light detection in the SPIDER beam source
TL;DR: In this article, the SPIDER diagnostics system was developed to measure the time evolution of lines of sight integrated visible radiation emitted by the plasma in the source, which can be used to optimize performances and provide signals for machine protection.
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Evidences of accumulation points: Effect of high voltage DC conditioning on concave electrodes insulated by large vacuum gaps
Nicola Pilan,Matteo Agostini,Marco Bernardi,Marco Cavenago,M. Fincato,Cristiano L. Fontana,Renato Gobbo,L. Lotto,O. McCormack,Roberto Pasqualotto,G. Pesavento,T. Patton,Felix Pino,E. Spada,Silvia Spagnolo,A. De Lorenzi +15 more
TL;DR: In this article , the authors observed that the dissipation of microdischarge power during the conditioning procedure occurs mostly on the anodic side in a region close to the axis of the system where the electric field is at a minimum, far from the positions where the breakdowns have been observed.
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The new vessel complex for the RFX-mod2 experiment: An effective synergy between fusion research and technological development
Simone Peruzzo,D. Aprile,M. Dalla Palma,M. Pavei,D. Rizzetto,Andrea Rizzolo,Domenico Abate,Piero Agostinetti,Matteo Agostini,Roberto Andreani,Flavio Battistin,A Bernardi,M. Bernardi,G. Berton,Paolo Bettini,Matteo Bonotto,M. Brombin,Alessandra Canton,L. Carraro,Roberto Cavazzana,L. Cordaro,G. Corniani,S. Dal Bello,A. De Lorenzi,G. De Masi,F. Degli Agostini,Luca Franchin,Paolo Franz,G. Gambetta,Francesco Gnesotto,Luca Grando,Paolo Innocente,B. Laterza,L. Lotto,Stefano Manfrin,Giuseppe Marchiori,Nicolò Marconato,Diego Marcuzzi,Lionello Marrelli,Emilio Martines,M. Moresco,Alberto Toscano Novella,R. Piovan,N. Pomaro,F. Rossetto,Marco Siragusa,Piergiorgio Sonato,Silvia Spagnolo,M. Spolaore,C. Taliercio,D. Terranova,A. Tiso,L. Trevisan,M. Valente,M. Valisa,M. Zaupa,Matteo Zuin +56 more
TL;DR: In this article , a substantial modification of the toroidal complex of the RFX experiment, named RFX-mod2, is currently under completion, involving the whole core system of the machine and in particular the vacuum vessel, the entire plasma facing components and a wide set of in-vessel diagnostic systems.
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